Advanced Electromagnetic Catheter Tracking System for Fluoroscopic and Three-Dimensional Echocardiography

Description:

MUSC inventors have developed new systems and methods for image-guided surgery. To facilitate guidance of the instrument during the surgery, the estimated position of an instrument relative to the plurality of projection images can be displayed. The position of the instrument can be tracked using an electromagnetic (EM) tracking system, which uses a low-strength magnetic field to follow miniaturized sensor coils embedded in the instrument. For use in interventional cardiology, the system integrates real-time catheter position into a dynamic, anatomical image of the heart.

 

Overview:

Radiation exposure from medical imaging has dramatically increased in recent decades. Children with congenital heart disease (CHD) are especially vulnerable. Many therapeutic interventions for CHD patients have transitioned from open surgical procedures to minimally invasive, catheter-based procedures requiring fluoroscopic guidance. While this trend has many benefits, it unfortunately results in excessive cumulative radiation exposure for children who often undergo multiple, complex catheter procedures. To date, radiation dose reduction in cardiac catheterization has been aimed at modifying the existing technology to limited dose delivery. However, this approach is inherently limited because fluoroscopy remains the principal imaging modality.

 

Advantages: Reduces radiation exposure

 

Key Words: Fluoroscopically-guided minimally invasive procedures; congenital heart disease; radiation; cardiac catheterization; image-guided surgery; electromagnetic tracking

 

Publications: Kwartowitz, David M., Fuad N. Mefleh, and George H. Baker. "Towards image-guided atrial septal defect repair: an ex vivo analysis." SPIE Medical Imaging. International Society for Optics and Photonics, 2012.

 

Inventors: G. Baker, D. Kwarowitz

Patent Status: US Patent 9,183,354

MUSC-FRD Technology ID: P1143

Patent Information:
Category(s):
Device
For Information, Contact:
Marketing / Licensing Officer
Marketing/Licensing Officer
MUSC Foundation for Research Development
technology@musc.edu
Inventors:
George Baker
David Kwartowitz
Fuad Mefleh
Keywords:
cardiovascular
devices
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